Direct Cryptographic Computation of the Cosmological Constant $\Omega_\Lambda$

TL;DR

This paper presents a novel cryptographic method to compute the cosmological constant {5} using a prime modulus, aligning with observational data and the flat universe model.

Contribution

It introduces a cryptographic approach to determine the cosmological constant based on a physically anchored prime modulus, linking cryptography with cosmology.

Findings

Cryptographic computation matches observational data.

The method confirms a flat universe model.

{5} is identified as a symmetry point in the system.

Abstract

A direct cryptographic computation of the Cosmological Constant {\Omega}{\Lambda} based solely on a physically anchored prime modulus that stands in full agreement with observational data on {\Omega}{\Lambda} and {\Omega}m and the conclusion of a flat universe ({\Omega}{\Lambda}+{\Omega}m=1.0) is demonstrated. The simplification derives from the fact that {\Omega}{\Lambda} defines the symmetry point of the cryptographic system.